The traditional gray-level co-occurrence matrix (GLCM) was computationally intensive and discriminatively insufficient.

分析了传度共生矩阵在计算纹理特征时计算大，且分辨能力差缺点。

The magnetooptic self-nulled ellipsometer,with ac Farady magnetooptic modulating and phase locking to detect nulled point,has the high abilities of prevent interference and angular recognize.

磁光调制锁相椭偏仪采用交流法拉第磁光调制及相敏检波来检测消光点,有抗干扰能力强,角分辨能力高等优点。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新超声诊断技术,它可以提高组织分辨能力,减少干扰及伪,改善图,从而提高诊断水平。

The traditional gray-level co-occurrence matrix (GLCM) was computationally intensive and discriminatively insufficient.

分析了传统的灰度共生矩阵在计算纹理特征时计算量大，且分辨能力差的缺点。

The magnetooptic self-nulled ellipsometer,with ac Farady magnetooptic modulating and phase locking to detect nulled point,has the high abilities of prevent interference and angular recognize.

磁光调制锁相椭偏仪采用法拉第磁光调制及相敏检波来检测消光点,有抗干扰能力强,角分辨能力高等优点。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自谐波技术是一项新的超声诊断技术,它可以提高的分辨能力,减少干扰及伪像,改善图像质量,从而提高诊断水平。

The traditional gray-level co-occurrence matrix (GLCM) was computationally intensive and discriminatively insufficient.

分析了传统的灰度共生矩阵在计算纹理特征时计算量大，且分辨能力差的缺点。

The magnetooptic self-nulled ellipsometer,with ac Farady magnetooptic modulating and phase locking to detect nulled point,has the high abilities of prevent interference and angular recognize.

磁光调制偏仪采用交流法拉第磁光调制及敏检波来检测消光点,有抗干扰能力强,角分辨能力高等优点。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术新的超声诊断技术,它可以提高组织的分辨能力,减少干扰及伪像,改善图像质量,从而提高诊断水平。

The traditional gray-level co-occurrence matrix (GLCM) was computationally intensive and discriminatively insufficient.

析了传统的灰度共生矩阵在算纹理特算量大，且力差的缺点。

The magnetooptic self-nulled ellipsometer,with ac Farady magnetooptic modulating and phase locking to detect nulled point,has the high abilities of prevent interference and angular recognize.

磁光调制锁相椭偏仪采用交流法拉第磁光调制及相敏检波来检测消光点,有抗干扰力强,角力高等优点。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新的超声诊断技术,它可以提高组织的力,减少干扰及伪像,改善图像质量,从而提高诊断水平。

The traditional gray-level co-occurrence matrix (GLCM) was computationally intensive and discriminatively insufficient.

分统的灰度共生矩阵在计算纹理特征时计算量大，且分辨能力差的缺点。

The magnetooptic self-nulled ellipsometer,with ac Farady magnetooptic modulating and phase locking to detect nulled point,has the high abilities of prevent interference and angular recognize.

磁光调制锁相椭偏仪采用交流法拉第磁光调制及相敏检波来检测消光点,有抗干扰能力强,角分辨能力高等优点。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新的超声诊断技术,它可以高组织的分辨能力,减少干扰及伪像,改善图像质量,高诊断水平。

The traditional gray-level co-occurrence matrix (GLCM) was computationally intensive and discriminatively insufficient.

分析了传度共生矩阵在计算纹理特征时计算大，且分辨能力差缺点。

The magnetooptic self-nulled ellipsometer,with ac Farady magnetooptic modulating and phase locking to detect nulled point,has the high abilities of prevent interference and angular recognize.

磁光调制锁相椭偏仪采用交流法拉第磁光调制及相敏检波来检测消光点,有抗干扰能力强,角分辨能力高等优点。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新超声诊断技术,它可以提高组织分辨能力,减少干扰及伪,改善图,从而提高诊断水平。

The traditional gray-level co-occurrence matrix (GLCM) was computationally intensive and discriminatively insufficient.

析了传统灰度共生矩阵在纹理特征时大，且辨能力差缺点。

The magnetooptic self-nulled ellipsometer,with ac Farady magnetooptic modulating and phase locking to detect nulled point,has the high abilities of prevent interference and angular recognize.

磁光调制锁相椭偏仪采用交流法拉第磁光调制及相敏检波来检测消光点,有抗干扰能力强,角辨能力高等优点。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组谐波技术是一项新超声诊断技术,它可以提高组辨能力,减少干扰及伪像,改善图像质,从而提高诊断水平。

The traditional gray-level co-occurrence matrix (GLCM) was computationally intensive and discriminatively insufficient.

分析了传统的灰度共生矩阵在计特征时计量大，且分辨能力差的缺点。

The magnetooptic self-nulled ellipsometer,with ac Farady magnetooptic modulating and phase locking to detect nulled point,has the high abilities of prevent interference and angular recognize.

磁光调制锁相椭偏仪采用交流法拉第磁光调制及相敏检波来检测消光点,有抗扰能力强,角分辨能力高等优点。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然组织谐波技术是一项新的超声诊断技术,它可以提高组织的分辨能力,扰及伪像,改善图像质量,从而提高诊断水平。

The traditional gray-level co-occurrence matrix (GLCM) was computationally intensive and discriminatively insufficient.

分析了传统的灰度共生矩阵在计算纹理特征时计算，分辨能力差的缺点。

The magnetooptic self-nulled ellipsometer,with ac Farady magnetooptic modulating and phase locking to detect nulled point,has the high abilities of prevent interference and angular recognize.

磁光调制锁相椭偏仪采用交流法拉第磁光调制及相敏检波来检测消光点,有抗干扰能力强,角分辨能力等优点。

Conclusion:NTHI is a new technology in ultrasound diagnosis which can enhance tissue resolution,improving sonograph quality by reducing artifact and cultter,thereby it is useful to increase ultraso...

自然谐波技术是一项新的超声诊断技术,它可以提的分辨能力,减少干扰及伪像,改善图像质,从而提诊断水平。